Yokohama Engineering Expo

Event details

Japan's premier showcase for automotive technologies is organized by the Society of Automotive Engineers of Japan (JSAE), the event features over 600 global exhibitors highlighting cutting-edge advancements in mobility, electrification, advanced materials, and AI-driven vehicle systems. 

What to expect? 

Tobii will be at Yokohama Engineering Expo, represented by two of its business units: Autosense and Products & Solutions.

Come visit us at booth N31 to explore Tobii Autosense latest single-camera solution and try the incredible Tobii Glasses X. To see our interior sensing solution live in a Toyota RAV4, contact us to schedule a demonstration.

Speaker session

Eye tracking research and evaluation

Speaker: Shin Hashiro, Sales Manager, Product & Solution Division. Tobii

This session introduces how eye tracking can be used to measure cognitive load, and evaluate HMI, ADAS, and driver monitoring systems. Learn how gaining a deeper understanding of where people look and how they interpret visual information can inform smarter, data-driven decisions early in the design process.

One camera. One million vehicles: Single-camera interior sensing as the foundation for holistic sensing 

Speaker: Kenji Ichimura, Sr. Director JP Sales, Tobii Autosense

Tobii Autosense is scaling interior sensing with a production-proven single-camera system that supports both driver and occupant features in one architecture. In this talk, we’ll share key deployment facts from vehicles on the road and explain why single-camera interior sensing can reduce integration complexity and system cost while meeting regulatory requirements and automotive-grade development expectations (including EU homologation and ASPICE Level 2). We’ll then look beyond the single camera: how it becomes the baseline for holistic sensing, connecting interior understanding with exterior (ADAS) context, and for sensor fusion that improves robustness and unlocks new levels of situational awareness. The result is a practical path toward L2+ driving and the next generation of software-defined vehicles.